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The code has been designed based on different sub-codes.
A computer code has been designed for practical simulations.
The new code has been designed to include many new and useful features for practical phenomenological simulations.
A parallel code has been designed that uses parallelization both in the forecast step and in the analysis step.
The code has been designed for cross-platform use on Windows, Unix, and Mac OS X platforms.
Although at first the code has been designed for pebble bed reactors, it can in principal be applied to all other types of nuclear fuel.
The code has been designed with maximum efficiency in mind to allow cutting- edge high-fidelity turbulence and aeroacoustics simulations on HPC systems.
The code has been designed to predict the orbital evolution of test particles moving within a fully-analytical gravitational potential generated by a multi-component galaxy.
While the implementation tried to take into account the needs of modern particle physics experiments, the code has been designed to be useful beyond their realm.
During the past 15 years, using the volume ignition model, a computational code has been designed and gradually developed with the purpose of simulating the laser or ion projectile driven nuclear fusion.
The code has been designed to be coupled with a generic plasma status, characterized by the particle types (ions and neutrals), their flow rates and their energy/angle distributions.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com